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Table 1 Nucleotide and haplotype variability within the 18 Solanum species studied

From: Evolution and variability of Solanum RanGAP2, a cofactor in the incompatible interaction between the resistance protein GPA2 and the Globodera pallida effector Gp-RBP-1

Species

Wild / cultivated

Genome formula*

# of acc.

# of seq.

pi

# of haplotypes

# of segregating sites

D Tajima

% NS mutations

S. berthaultii

wild

AA

2

4

0.0019

4

6

-0.314

33.30%

S. trifidum

wild

BB

2

3

0.0020

3

5

ND

40.00%

S. chacoense

wild

AA

2

2

0.0024

2

4

ND

25.00%

S. kurtzianum

wild

AA

1

2

0.0024

2

4

ND

25.00%

S. tarijense

wild

AA

2

3

0.0028

2

7

ND

71.40%

S. phureja

cultivated

AA

2

4

0.0029

4a

9

-0.153

33.30%

S. fendleri

wild

AABB

1

3

0.0048

3

12

ND

58.30%

S. braschistotrichum

wild

BB

2

4

0.0052

4

16

-0.07

68.80%

S. sparsipilum

wild

AA

2

4

0.0068

4

21

-0.108

57.10%

S. spegazzinii

wild

AA

7

13

0.0072

13b

55

-1.4

47.30%

S. stoloniferum

wild

AABB

2

7

0.0093

7

36

0.286

69.40%

S. cardiophyllum

wild

BB

2

4

0.0099

4

29

0.445

41.40%

S. gourlayi

wild

AAAA

2

8

0.0109

8

55

-0.789

50.90%

S. vernei

wild

AA/AAAA

6

16

0.0110

15bc

61

-0.148

42.60%

S. tuberosum ssp andigena

cultivated

AAAA

12

46

0.0121

39a

120

-1.177

56.70%

S. tuberosum ssp tuberosum

cultivated

AAAA

4

16

0.0124

14c

74

-0.112

45.90%

S. polytrichon

wild

AABB

1

3

0.0124

3

31

ND

64.50%

S. stenotomum

cultivated

AA

2

4

0.0137

4

43

-0.275

46.50%

S. bulbocastanum

wild

BB

1

1

-

1

ND

ND

 

Total

   

147

0.0134

133

 

all NS > 10%

60.50%

  1. Acc: accessions, seq: sequence, NS:non-synonymous, ND : not determined.
  2. Three pairs of species (a: S. tuberosum ssp andigena/S. phureja, b: S. vernei/S. spegazzinii and c: S. tuberosum ssp tuberosum/S. vernei) had one common haplotype.
  3. * Genome formulae proposed by Matsubayashi [25].